Now I have comprehensive data. Here is the complete mobilization protocol for Mrs. Nasrin:
Joint Mobilization Protocol
Mrs. Nasrin - Right Knee Post Distal Femur ORIF (Incomplete Healing, 63° Flexion, Pain)
Critical Precautions Before Any Mobilization
- No direct mobilization over the fracture site or the locking plate - hardware is still in situ
- No high-velocity thrust (Grade V) - contraindicated with incomplete bone healing
- No forced end-range mobilization until surgeon confirms adequate callus on X-ray
- Begin with Grade I-II for pain relief; advance to Grade III-IV only when pain is controlled and healing progresses
- Always reassess ROM and pain before and after each mobilization session
Maitland Grade Selection Guide for This Patient
| Grade | Amplitude | Position in Range | Use For | Apply to Mrs. Nasrin When |
|---|
| Grade I | Small | Start of range (pain-free zone) | Pain relief, neurophysiological | Acute pain, early sessions |
| Grade II | Large | Mid-range (free of resistance) | Pain relief + gentle movement | Pain dominant, current phase |
| Grade III | Large | Into resistance (end of range) | Stiffness, ROM gain | Pain controlled, ROM plateau |
| Grade IV | Small | At end of range (into resistance) | Specific capsular stiffness | Pain well-controlled, flexion stuck |
Current recommendation: Start with Grade II for pain relief, add Grade III as pain settles and ROM needs to improve beyond 70-80°.
1. PATELLOFEMORAL JOINT MOBILIZATIONS (Priority #1)
The patella is the most restricted structure after distal femur ORIF. Peripatellar adhesions and quadriceps tightness cause patellar hypomobility, which is a primary barrier to knee flexion beyond 60-70°.
A. Inferior Patellar Glide (Caudal Glide)
Purpose: Restores knee flexion - the patella must glide inferiorly as the knee bends
Position: Patient supine, knee in slight flexion (bolster under knee, 10-15°)
Technique:
- Therapist stands at the side of the right leg
- Place both thumbs on the superior pole of the patella
- Apply a slow, firm downward (toward the foot) glide
- Hold 10 seconds at end range OR use oscillations 2-3/second
- Grade II: 10 oscillations x 3 sets (current phase - pain relief + early mobility)
- Grade III: 10 oscillations x 3 sets pushed into stiffness barrier (when pain controlled)
Dosage: 3 sets x 10 reps, hold at end range 10 sec
B. Superior Patellar Glide (Cephalad Glide)
Purpose: Restores knee extension, prevents extensor lag
Position: Supine, knee extended flat
Technique:
- Place thumbs on inferior pole of patella
- Push patella upward (toward the thigh/head)
- Oscillate gently or hold at end range
- Grade II-III
Dosage: 3 sets x 10 reps
C. Medial Patellar Glide
Purpose: Stretches the lateral retinaculum, improves patellar tracking and reduces lateral patellar tilt pain
Position: Supine, knee fully extended or slightly flexed
Technique:
- Place index fingers on lateral border of patella
- Push patella medially (toward the midline) with both index fingers/thumbs
- Hold 10-15 seconds at end range
- Grade III-IV for lateral retinacular tightness
Dosage: 3 sets x 10 oscillations
D. Lateral Patellar Glide
Purpose: Stretches medial retinaculum, reduces medial patellar tightness
Position: Supine, knee extended
Technique:
- Place thumbs on medial border of patella
- Push laterally
- Grade II initially
Dosage: 3 sets x 10 reps
E. Patellar Tilt (Medial Tilt)
Purpose: Mobilizes the deep surface of the patella against the femoral trochlea; reduces retropatellar pain
Technique:
- Grip patella between thumb and index finger
- Lift the medial edge while depressing the lateral edge (tilt)
- Hold 10-15 seconds, release
- 5 repetitions
2. TIBIOFEMORAL JOINT MOBILIZATIONS (Priority #2)
A. Posterior Tibial Glide (Anterior-to-Posterior - for Flexion)
Purpose: The tibia must glide posteriorly on the femur for knee flexion (arthrokinematic rule). This is the PRIMARY mobilization to increase flexion from 63° toward 90°+
Position: Patient supine, knee flexed to current limit (~60°), foot resting on the plinth
Technique:
- Therapist at foot end of plinth
- One hand stabilizes the distal femur from above (do NOT press on the plate/fracture area - use the distal shaft proximal to the hardware)
- Other hand grips the proximal tibia from the front with a web-space grip
- Apply a posterior (downward into the table) glide on the proximal tibia
- Direction of force: straight posterior, perpendicular to the tibial shaft
- Grade II: Large amplitude oscillations, short of tissue resistance - 10-20 reps x 3 sets
- Grade III: Large amplitude, into the resistance barrier - 10 reps x 3 sets
Dosage: 3 sets x 10-15 oscillations, 2-3 seconds each
Clinical note: This single technique, when applied correctly at Grade III, can yield 5-10° ROM gain per session in a stiff post-fracture knee.
B. Anterior Tibial Glide (Posterior-to-Anterior - for Extension)
Purpose: The tibia must glide anteriorly for full knee extension. Prevents and corrects a flexion contracture.
Position: Patient prone, knee near extension, roll under distal tibia
Technique:
- Stabilize distal femur above the hardware
- Apply an anterior (upward/ventral) force on the posterior aspect of the proximal tibia
- Grade II-III
- 3 sets x 10 reps
C. Tibiofemoral Distraction (Traction)
Purpose: Pain relief (Grade I-II), joint space opening, reduces compressive pain in the knee
Position: Supine, knee in resting position (~25-30° flexion - the position of maximum joint relaxation)
Technique:
- Grip the ankle/distal leg
- Apply a gentle longitudinal traction (pull along the tibia axis, away from the femur)
- Grade I-II for pain relief: gentle sustained pull, 30-60 seconds x 3 repetitions
- Never use aggressive distraction with incomplete healing
Dosage: 3 x 30-60 seconds sustained
Note: This is the safest mobilization to begin with in a painful, post-fracture knee. It neurophysiologically inhibits pain via mechanoreceptor stimulation.
D. Medial and Lateral Tibial Glides (Varus/Valgus Accessory Glides)
Purpose: Restores full arthrokinematic freedom; addresses rotational stiffness of the knee
Position: Supine, knee in 25° flexion (resting position)
Technique:
- Stabilize the distal femur
- Apply a medial or lateral glide on the proximal tibia
- Grade II for pain, Grade III-IV for stiffness
- 3 sets x 10 oscillations in each direction
3. MULLIGAN MOBILIZATION WITH MOVEMENT (MWM) - When Pain Settles
Mulligan MWM is a powerful technique that combines a therapist-applied accessory glide with the patient's active movement. Evidence favors this for knee stiffness and pain (systematic review, PMC8790437).
Mulligan Tibial Glide with Active Knee Flexion
Purpose: Pain-free ROM improvement, neurophysiological pain inhibition
Position: Patient sitting at edge of plinth, knee in current range (~60°)
Technique:
- Therapist applies a lateral tibial glide (medial-to-lateral direction) on the proximal tibia with both hands
- WHILE the therapist sustains the glide, the patient actively flexes the knee as far as possible - pain free
- If flexion increases without pain - this is the correct direction
- If not, try medial, anterior, or posterior glide direction until pain-free movement is found
- Hold at end range 10 seconds, return
- 3 sets x 10 reps
Key rule: Mulligan MWM should be completely pain-free. If any pain - change direction of glide or stop.
4. SOFT TISSUE MOBILIZATION (Adjunct)
These accompany joint mobilization to reduce periarticular stiffness:
A. Quadriceps Soft Tissue Release / Massage
- Longitudinal effleurage and petrissage to the quadriceps muscle belly (distal 1/3 - avoid directly over plate)
- Reduces quad tightness which mechanically restricts knee flexion
- 5-10 minutes per session
B. Popliteal Fossa / Posterior Capsule Stretching
- Supine, therapist gently applies sustained pressure into popliteal fossa while extending the knee
- Addresses posterior capsular tightness that limits full extension
- 3 x 30-second sustained holds
C. Iliotibial Band (ITB) Release
- Side-lying, therapist applies lateral thigh friction massage
- Reduces lateral knee tightness that contributes to patellar mal-tracking
- 5 minutes
D. Scar Tissue / Adhesion Release Around Incision
- Once wound is fully healed (>6 weeks post-op, scar mature)
- Circular friction massage perpendicular to and parallel to the incision scar
- Mobilizes the scar to prevent adhesion to underlying fascia/hardware
- 3-5 minutes per session
5. CONTINUOUS PASSIVE MOTION (CPM) - If Available
- Passive mechanical flexion-extension cycling
- Range: Start at 0-60° (her current limit), advance 5° every 1-2 days as tolerated
- Duration: 1-2 hours/day
- Excellent for maintaining gains between manual mobilization sessions
- Particularly useful when therapist is not available
Session Structure for Each Physiotherapy Visit
| Order | Technique | Duration | Purpose |
|---|
| 1 | Heat application (hot pack to knee) | 10-15 min | Warm up tissues before mobilization |
| 2 | Patellar mobilization (inferior + medial glide) | 10 min | Unlock patellar mobility |
| 3 | Tibiofemoral distraction (Grade I-II) | 5 min | Pain relief |
| 4 | Posterior tibial glide (Grade II → III) | 10 min | Flexion ROM gain |
| 5 | Anterior tibial glide | 5 min | Extension maintenance |
| 6 | Mulligan MWM (when pain allows) | 10 min | Active ROM integration |
| 7 | Soft tissue - quads + scar | 5-10 min | Periarticular release |
| 8 | Therapeutic exercise (heel slides, SLR) | 15-20 min | Strengthen gains from mobilization |
| 9 | Ice pack + elevation | 15-20 min | Reduce post-treatment inflammation |
Total session: 60-75 minutes | Frequency: 3-5x per week
Expected ROM Gains with Consistent Mobilization
| Timeframe | Target Flexion ROM | Key Mobilization |
|---|
| Week 1-2 | 70-75° | Grade II patellar inferior glide + distraction |
| Week 3-4 | 80-90° | Grade III posterior tibial glide + Mulligan MWM |
| Week 6-8 | 100-110° | Grade III-IV + stationary bike |
| Week 10-12 | 120°+ | Grade IV + eccentric loading |
Stop Mobilization If:
- Pain significantly worsens during or after mobilization (especially bone pain at fracture site)
- New swelling develops acutely after session
- Fever or signs of infection
- Radiographic evidence of hardware loosening at next follow-up
The combination of inferior patellar glide + posterior tibial glide (Grade III) is the most direct intervention to unlock her knee from 63° toward 90° and beyond.